Explore the latest books of this year!
Bookbot

Andrea Pascucci

    Finanza matematica
    Calcolo stocastico per la finanza
    Probability Theory I
    Probability Theory II
    PDE and Martingale Methods in Option Pricing
    • 2024

      Probability Theory II

      Stochastic Calculus

      • 426 pages
      • 15 hours of reading

      Focusing on continuous-time stochastic processes, the book rigorously explores Markov processes, martingales, Brownian motion, and the Poisson process. It delves into stochastic integration for continuous semimartingales and discusses stochastic differential equations, emphasizing solvability and uniqueness. With practical examples throughout, it serves as a comprehensive resource for students in mathematics, finance, and related fields, and is designed for courses spanning two semesters. This text builds on foundational concepts introduced in the previous volume on probability theory.

      Probability Theory II
    • 2024

      Probability Theory I

      Random Variables and Distributions

      • 290 pages
      • 11 hours of reading

      Focusing on a modern approach to probability theory grounded in measure theory, this book serves as a rigorous introduction for advanced students in mathematics, physics, or natural sciences. It covers essential topics such as measures and probability spaces, random variables, sequences of random variables, and expectation. Designed for those with a background in multidimensional calculus, it includes practical solved exercises to reinforce learning. Originating from courses at the University of Bologna, it aims to lay the groundwork for further studies in stochastic processes and statistical inference.

      Probability Theory I
    • 2010

      Focusing on mathematical and probabilistic techniques, this book delves into modern option pricing theory. It provides comprehensive coverage of both discrete and continuous time arbitrage theory, equipping readers with essential numerical methods for understanding and applying these concepts in financial contexts.

      PDE and Martingale Methods in Option Pricing